pone.0262497.g003.tif (839.21 kB)

Perennial ryegrass: Cumulative aboveground dry matter (DM) yield.

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posted on 2022-02-02, 18:24 authored by Eva Wambacq, Abbas Alloul, Oliver Grunert, Jasper Carrette, Pieter Vermeir, Janne Spanoghe, Myrsini Sakarika, Siegfried E. Vlaeminck, Geert Haesaert

A non-fertilized negative control (Neg control) was compared to a conventional organic fertilizer (SF2) and three microbial fertilizers, i.e. aerobic heterotrophic bacteria (AHB), microalga (MA) and purple non-sulfur bacteria (PNSB) individually or in blends (according to nitrogen supply). Significant differences among treatments are indicated by letter code per sampling point, while error bars represent the standard deviation.

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toxic ammonium peaks nitrification experiments showed namely dried biomass already common practice aerobic heterotrophic bacteria 6 – 6 sulfur bacterium (<powdery mildew (<perennial ryegrass (<especially microbial biomass solanum lycopersicum rhodobacter sphaeroides oidium neolycopersici lolium perenne nutrient release profile blending microbial fertilizers arthrospira platensis reference organic fertilizer nitrogen mineralization profile l .), showing div >< p microbial organic fertilizers organic fertilizers microbial fertilizers platensis l .),microbial fertilizer tomato (<microalga (<nutrient mineralization conventional fertilizer thus far secondary resources purple non promising match pot trial plant ’plant requirements paradigm shift novel class horticultural industry growing period growing medium food chain findings strengthen exploring mineralization disease prevention devastating disease application potential also known added value 62 days

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